GRAUPNER mc-32

15
Remote control set description
into the receiver for every individual servo channel
can be set separately
• A slot for FAT or FAT32 formatted SD and SDHC
memory cards is available on the transmitter for
log files and model programs
Model programs
• Transmitter operating time timer
• Flight phase switch assignments: six switches, two
with a priority function. Every switch combination
can be named freely. This makes the number of
flight phases independent of the number of flight
phase switches.
• Tail type normal, V-tail, Delta/flying-wing and 2 HR
Sv 3+8 (which immediately makes two coupled
elevator servos available without using free mixers
or dual mixers)
• Flap count 4 AIL/4 FL: Full support of eight wing
servos, even without use of free mixers
• Flight phase switching cutoff delay:
the delay time can be switched off for individual
channels on a flight-phase basis (e. g. for motor
off in electric models or to activate/deactivate
helicopter head lock).
Ten additional, user definable phase names: aside
from the prescribed flight phase names, the user
can also freely assign up to ten phase names of
his own choice.
• Enhanced transmitter control menu: option to as-
sign input-side mid-point setting for C1 control +
trim as a transmitter control. A single input can be
assigned to two switches for a true 3-way switch
function.
• Wing mixers: New concept for the multi-flap menu
to simplify settings of one to eight wing servos on
a flight-phase specific basis in a comprehensible
manner without requiring the use of free mixers
• »Info« sub-option in the Base setup model menu
Any kind of additional information about every
model can be entered here. This additional in-
formation will then appear in the newly designed
model select function
• »Logical switches«: this function permits two
switches to be coupled as »and« or »or« logic
functions. The result can be employed as a virtual
switch. Typical application: The activation of certain
functions should only be possible in conjunction
with other functions, e. g. wheel brake can only be
activated when the landing gear is down. A num-
ber of functions which are normally independent
of one another, are to be put in their base settings
by way of an »Emergency switch«. This program
automation can be activated by multiple switches
that also select the appropriate program.
• Servo-middle setting range extended to ±125 %
• Number of flight phases: (fixed-wing: 8, helicopter:
7 + AR)
• Settable »Throttle too high« warning threshold
in the helicopter menu, programmable switch-on
warning
• Phase trim for all axes of fixed-wing models possible
• Servo occupancy swap on the receiver output
• CAP TOUCH operating elements with key lock
function to prevent unintentional operation.
• CAP TOUCH display change from the main menu
to the telemetry main menu via ESC.
• Numerous telemetry displays, programming func-
tions and evaluation functions are presented
directly in the transmitter's screen
• Graphic presentation of model icons for the model
type display (fixed-wing/helicopter)
• Built-in connector sockets for PC-USB interface,
headset, SMART BOX, external RF module,
DSC system. Prepared for teacher/pupil operation.
• Teacher/pupil system with or without cable for
complete transfer; all settings are made on the
teacher transmitter.
Additional functions
• Super Fast response time by using the fast main
processor for data transmission
• Binding of any number of receivers for channel
expansion
• Range: test and warning function
• Low voltage warning
• Selectable cycle time 10ms or 20ms / 30ms,
depending on the receiver and connected thereto
servo and transmitter-side mode
• Up to four servos in the SAME mode blocks with
a signal repetition time of 10 ms are driven simul-
taneously (only digital servos!)
• The reduced cycle time of up to 10ms an ex-
tremely short reaction time is achieved.
• Telemetry analysis in the transmitter display in
real time. In addition, the telemetry data can be
displayed either with the SMART-BOX.
• Numerous Telemetry displays, programming and
evaluation functions directly in the transmitter
display
• Software switchable modulation: If necessary,
deactivate by pressing a button of HoTT to “EXT.
PPM“ or ”SP Mode“.
• Using Channel mapping in the receiver arbitrarily
divisible control functions.
• Select integrated rotational direction setting for
example mapped servos receiver successive
• In the receiver, programmable fail-safe “Hold”
function, “Off” or “pre-set positions” for each indi-
vidual servo channel can be set separately
• Future-proof design with update fast 32-bit oper-
ating system with modern Flash memory